13results about How to "Realize shunt" patented technology

The utility model relates to a gas -liquid distributor relevant technical field, concretely is a kind of groove disc type structure for gas -liquid distributor, including bottom plate, several gas-lift channels are installed with equal interval on bottom plate, the inner chamber top of gas-lift channel is provided with elastic support assembly, the top of gas-lift channel is installed with liquid discharge component, the top of elastic support assembly is connected with the bottom end of liquid baffle, the bottom of liquid baffle is evenly distributed and is provided with several vertical pipes, the bottom of vertical pipe is connected with the interspersed cooperation of the liquid discharge component, the upper portion of elastic support assembly is connected with the interspersed cooperation of the middle portion of the liquid discharge component, when the liquid on liquid baffle accumulates to certain capacity, liquid discharge component can discharge the liquid in vertical pipe to bottom plate, to realize the shunt of liquid in liquid baffle further, elastic support assembly has certain bearing capacity, to ensure that the drop amount of liquid is constant and controllable further, have stronger practicality.

The application discloses a nozzle and belongs to the technical field of fluid injection equipment. The nozzle comprises a nozzle body, a first cavity, a second cavity and a third cavity which are sequentially arranged in the nozzle body, the diameters of the three cavities are sequentially reduced, and steps are arranged between adjacent cavities. The second cavity is provided with an injection cylinder, and the first cavity is provided with a compression ring. The injection cylinder is provided with a second channel, an outer side wall is provided with a third channel, the two channels are communicated through a through hole, and an extension part with a fluid outlet and a guide inclined surface is arranged at the end. The application can reduce pressure loss, improve injection stability and uniformity, is convenient to install, and has a long service life.

The utility model discloses a kind of air conditioner condensate water recycling devices, it is related to condensate water recycling technical field, including water collecting pool, the import of water collecting pool is connected with the drainage port of air conditioning unit via water collecting pipeline, the outlet of water collecting pool is connected with the water inlet of cooling tower via drive source;Filtering water tank for filtering impurities in its pipeline is arranged on the water collecting pipeline, filtering element is arranged in filtering water tank, so as to divide the tank cavity of filtering water tank into the front cavity connected with the water inlet of filtering water tank and the rear cavity connected with the water outlet of filtering water tank, and the rear cavity bottom height is lower than the front cavity bottom height.The water collecting pipeline in the utility model is directly connected with air conditioning unit and cooling tower, forms closed loop recycling path, ensures that condensate water is directionally transported;Filtering water tank is arranged in recycling path simultaneously, two-stage filtering element built-in filtering water tank is arranged in water flow direction in turn, realizes progressive interception of physical impurities, provides the water supply source of preliminary purification for cooling tower.

The application discloses a transmission line, wherein the transmission line comprises a first outer linear stator, a first bifurcated stator, a first inner linear stator, a cross stator and a first power line; the first outer linear stator transmits a mover in a first direction; the first bifurcated stator comprises a first confluence end, a first and a second bifurcation end, the first confluence end is spliced with the first outer linear stator; the first inner linear stator is spliced with the first bifurcation end and transmits a mover in a second direction perpendicular to the first direction; the cross stator comprises a first splicing end, a second splicing end, a third splicing end and a fourth splicing end arranged in sequence and perpendicularly, the first splicing end is spliced with the first inner linear stator; the first power line connects the first outer linear stator, the first bifurcated stator, the first inner linear stator and the cross stator in sequence. The technical scheme of the application can simplify the wiring mode of the transmission line.

The utility model relates to vehicle shunting technical field discloses a highway weighing equipment vehicle queuing queue separation equipment, including road surface, is equipped with weighing assembly and barrier gate component on the road surface, weighing assembly, including the weighing platform of setting on the road surface, the bottom surface of weighing platform is equipped with weight sensor, barrier gate component, including the column of symmetrical setting on the both sides of road surface, is connected with the storage box between two columns, and the storage box is located below the road surface, is equipped with the through -hole on the road surface and is linked with the storage box, two columns all are equipped with the sliding slot in, the sliding slot is equipped with the screw rod and rotates, two screw rods are equipped with the gate frame and are connected with the screw thread, one of the column is equipped with equipment room no.

The utility model relates to tractor control technical field, concretely relates to a tractor pilot hydraulic control hydraulic system, in the utility model, electric control poppet valve and hydraulic output valve group are all electro-hydraulic pilot control, are pushed by hydraulic oil and move main valve to prevent the valve core to be stuck, or stuck valve caused by the thrust limit of electromagnet, in the utility model, the priority valve in electric control poppet valve can realize flow shunt, under the premise of giving priority to satisfying electric control poppet, the redundant flow is provided for hydraulic output valve group use, and the EF mouth is set up on the hydraulic output valve group, can connect tractor front loading valve group or other execution equipment, thereby realize single gear pump control poppet valve, hydraulic output valve and tractor front loading and so on multiple hydraulic actuators's action, in the utility model, hydraulic output valve group and electric control poppet valve all have manual operation mode, also can be operated through manual mode under the condition of electrical system failure, to ensure the emergency need.

The utility model discloses a kind of hydrogen release systems of magnesium-based solid-state hydrogen storage reaction kettle, hydrogen storage tank is placed in each placement site in reaction kettle inner chamber, and each placement site is equipped with heat exchange coil;Hydrogen release system includes hydrogen release part, temperature control part, safety protection part;Hydrogen release part includes hydrogen release main pipeline, hydrogen release automatic switch valve is equipped on hydrogen release main pipeline, vacuum extraction pipeline is connected in parallel on hydrogen release main pipeline;Temperature control part includes external heat conduction oil circulation system, flow bypass pipeline is arranged between oil inlet pipeline and oil return pipeline, heat conduction oil shunt automatic switch valve is equipped on flow bypass pipeline;Safety protection part includes reaction kettle safety valve arranged on reaction kettle, reaction kettle safety valve is connected with vent line, vent line and hydrogen release main pipeline are arranged with pressure relief bypass pipeline, automatic switch pressure relief valve is equipped on pressure relief bypass pipeline.The utility model has the advantages that it realizes the fast, efficient hydrogen release of multiple hydrogen storage tanks in reaction kettle, and ensures system safety.

The utility model discloses a heat exchanger of a sludge fluidized bed incinerator, which comprises a heat exchange shell, an air inlet and an air outlet are arranged on the lateral side of the heat exchange shell, a plurality of flue gas channels are arranged in the heat exchange shell, a partition plate is arranged in the heat exchange shell, a top plate is arranged on the upper portion of the heat exchange shell, and the partition plate and the top plate are respectively sleeved on the outer walls of the flue gas channels. The interior of the heat exchange shell is divided into a first heat exchange cavity and a second heat exchange cavity which are vertically distributed through a partition plate and a top plate, the first heat exchange cavity communicates with the second heat exchange cavity, the air inlet is located in the side face of the first heat exchange cavity and communicates with the first heat exchange cavity, and the air outlet is located in the side face of the second heat exchange cavity and communicates with the second heat exchange cavity. By arranging the first heat exchange cavity and the second heat exchange cavity which are distributed up and down, the size of the heat exchanger can be reduced on the premise that the heat exchange stroke is increased and the heat exchange effect is guaranteed.

This utility model relates to the technical field of livestock disease prevention equipment, specifically an isolation and disinfection device for livestock disease prevention. It includes: a base comprising a trough and a disinfection platform; the trough collects used disinfectant; a ring of uprights is detachably installed along the top edge of the base, with an isolation fence between adjacent uprights; and a drive structure comprising at least three sets of telescopic rods, two in each set, detachably installed between the fence and the uprights to control the opening and closing of the fence. This utility model features a detachable and modular design for the uprights and isolation fence, facilitating disassembly, assembly, and transport. The trough, combined with the disinfection platform and drainage trough, facilitates the collection of disinfected wastewater, reducing environmental impact. The separate disinfection platform allows for individual disinfection of livestock, improving the disinfection effect. Controlling the opening of the corresponding isolation fences enables livestock diversion, further enhancing the disinfection effect.

This utility model discloses a complete separation and collection system for rainwater and sewage on a coal wharf platform. The coal wharf platform is equipped with a clear water pool and a sewage pool below it. A drainage pipe is pre-embedded along the wheel sill of the platform, connecting to the clear water pool. The drainage pipe opening is fitted with an internal plug-type sealing cap, which is normally closed. A sewage ditch is provided on the platform, connecting to the sewage pool. A water-blocking ditch is also installed along the bank of the sewage ditch, containing an inflatable rubber water-blocking bag connected to an air pump. At the start of rainfall, the rubber water-blocking bag is not inflated, and the drainage pipe opening is normally closed. Initially, the coal wastewater flows into the sewage ditch. After 30 minutes, the rubber water-blocking bag is inflated, preventing subsequent rainwater from entering the ditch. Simultaneously, the internal plug-type sealing cap of the drainage pipe opening is opened, allowing subsequent rainwater to flow by gravity into the clear water pool via the drainage pipe. After the rainfall ends, the cap is closed, and the water-blocking bag is emptied, completing the complete separation and collection of initial coal wastewater and subsequent clean rainwater at the wharf.

The application relates to the technical field of pump stations, and discloses an integrated pump station which comprises a pump box, a fixing frame, a grid cylinder, two driving rollers, an upper crushing roller, a lower crushing roller and a floating box; the fixing frame is fixedly arranged in a water inlet pipe; the grid cylinder is fixedly arranged in the fixing frame, and two ends of the water inlet pipe are connected in communication through the grid cylinder; the driving rollers are rotationally arranged in the fixing frame; the upper crushing roller is slidingly arranged on the driving roller; the lower crushing roller is fixedly arranged at the lower end of the driving roller; and the floating box is arranged on the upper crushing roller, so that the middle position of the upper crushing roller is flush with the liquid surface. The upper crushing roller which can float with the liquid surface is combined with the lower crushing roller which is fixed to the bottom, and the differential material selection and the gear gap design are matched, so that the suspended and floating objects and the precipitated hard objects in water can be crushed in different areas and efficiently, the tool wear is balanced, and the overall service life is prolonged.

This invention relates to the field of pharmaceutical containers, specifically to a bactericidal dropper and dispenser with a diversion and purging function. The dropper includes a nozzle, a liquid channel, an airflow channel, and a switch. The outlets of the liquid channel and the airflow channel converge at the nozzle. The switch is located at the outlet of the liquid channel. The switch is configured to open the outlet of the airflow channel when the outlet of the liquid channel is closed, or to close the outlet of the airflow channel when the outlet of the liquid channel is open. During the closing process, the airflow can carry residual droplets from the nozzle into the airflow channel. During the opening process, the airflow in the airflow channel can purge foreign matter from the nozzle, thereby diverting residual droplets at the nozzle, reducing contamination of unused liquid, and preventing residual droplets or foreign matter from adhering to the nozzle and affecting subsequent use.